Abstract
Suppressant foams used to fight forest fires may leave residual effects on surviving biota that managers need to consider prior to using them. We examined how three fire-suppressant foams (FSFs) (Forexpan S, Phos-Chek-WD881, and Silv-ex) affected seed germination and physiological responses of three plant species. Exposure to FSFs, whether in diluted concentrations or those typical in the field, reduced final germination percentages of seeds grown in petri dishes and within growth chambers. However, the FSFs did not cause total germination failure in any treatment. Inhibition of germination increased with longer exposure times, but only to diluted FSF solutions. Unlike in the laboratory experiments, none of the three FSFs affected seedling emergence when tested in field conditions. Further, we found no evidence of long-term phytotoxic effects on antioxidant enzyme activity nor chlorophyll content of the plant saplings. Therefore, although the three FSFs showed evidence of phytotoxicity to plants in laboratory tests, their actual impact on terrestrial ecosystems may be minimal. We suggest that the benefits of using these FSFs to protect plants in threatened forest ecosystems outweigh their minor risks.
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Acknowledgments
We thank Dr. Chang Ku Kang of Seoul National University for his technical support during research and writing.
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Song, U., Mun, S., Waldman, B. et al. Effects of Three Fire-Suppressant Foams on the Germination and Physiological Responses of Plants. Environmental Management 54, 865–874 (2014). https://doi.org/10.1007/s00267-014-0303-1
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DOI: https://doi.org/10.1007/s00267-014-0303-1